Morokuma and Pedersen performed the first calculations on dimers of this substance, and Berkeley professor Richard Saykally's research entirely concerns this substance. The sulfur-iodine cycle is employed to decompose this substance into its constituent elements. Some reactions carried out in emulsions in this substance exhibit a rate acceleration studied by (*) Sharpless. Models of the highly-ord
Morokuma and Pedersen performed the first calculations on dimers of this substance, and Berkeley professor Richard Saykally's research entirely concerns this substance. The sulfur-iodine cycle is employed to decompose this substance into its constituent elements. Some reactions carried out in emulsions in this substance exhibit a rate acceleration studied by (*) Sharpless. Models of the highly-ordered layers this substance forms around phospholipid tails explain the entropic contribution to their orientation inward in the cell membrane, and its triple point defines the Kelvin scale. For 10 points, name this common solvent with formula H2O.
Morokuma and Pedersen performed the first calculations on dimers of this substance, and Berkeley professor Richard Saykally's research entirely concerns this substance.
{water} [accept {H2O} before mentioned]